Ecogeneration October 2024

Watt’s next in energy storage

Delivering unique storage solutions to Australian market

New generation all-scenario storage solutions smart PV and energy

From the editor

ecogeneration acknowledges the Cammeraygal people, traditional custodians of the land on which this publication is produced, and we pay our respects to their elders past and present. We extend that respect to all Aboriginal and Torres Strait Islander people today.

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News in brief

NEW TECHNOLOGY, NEW PROJECTS, NEW IDEAS

New offshore wind zone declared in Western Australia

The Australian Government has officially declared an offshore wind zone off the coast of Bunbury, Western Australia, as part of its Reliable Renewables Plan. This initiative aims to secure WA’s energy future, create renewable energy jobs, and provide cleaner, cheaper energy for the state.

Following extensive consultations with local stakeholders, the Bunbury offshore wind zone has been significantly amended.

The final area now covers 4000km², about half the size of the original proposal.

The zone will be at least 30km from shore at its closest point and excludes over 60 per cent of requested recreational fishing areas, including Naturaliste Reef. It also provides further separation from

The project is expected to create nearly 7000 jobs during construction and around 3500 ongoing positions across various sectors.

CS Energy acquires $1.3b wind project

Queensland’s state-owned energy company

CS Energy has acquired the $1.3 billion Lotus Creek Wind Farm project from Copenhagen Infrastructure Partners.

first 100 per cent publicly owned wind farm to enter the construction phase under the Queensland Energy and Jobs Plan.

285-megawatts (MW) Lotus Creek Wind Farm is set to become a major contributor to Queensland’s clean energy goals. The project will feature 46 wind turbines capable of generating enough electricity to power approximately 150,000 homes.

coming weeks, with CIP assisting in the project’s delivery. Vestas and Zenviron have been appointed to lead equipment supply and construction efforts.

project with substantial funding, including $624.3 million from the Renewable Energy and Hydrogen Jobs Fund and an additional $300 million from coal royalties announced in the 2023–24 Budget.

significant economic boost to the region, creating around 400 jobs during the construction phase and up to 15 ongoing operational roles. This aligns with the Queensland Energy and Jobs Plan’s objectives of fostering economic growth, promoting local employment, and supporting regional communities.

gigawatts (GW) of electricity generation, enough to power all homes and manufacturing industries in the South West region.

The new offshore wind zone is declared off the coast of Bunbury, Western Australia.

The 285-megawatts Lotus Creek Wind Farm is set to become a major contributor to Queensland’s clean energy goals.

New Fronius Verto

Total Flexibility

25, 27, 30, and 33.3 kW.

The new Fronius Verto can easily handle complex system designs, shade, and other challenges. With four highcurrent MPPTs, a wide voltage range, and Dynamic Peak Manager, our adaptable inverter offers maximum flexibility during installation. Fronius Verto. Designed to transform.

Coming soon. Find us and the new Fronius Verto at All Energy 2024 Stand MM131

Hydro Tasmania unveils $1.6b infrastructure upgrade plan

Hydro Tasmania has announced a $1.6 billion investment plan over the next decade to upgrade and modernise its existing hydropower network.

The ambitious project aims to enhance the capacity, reliability, and flexibility of Tasmania’s hydroelectric infrastructure.

CEO Ian Brooksbank outlined the forward plan for capital works, which includes major refurbishments across 10 power stations and five dams.

“These works will extend the operational life of our power stations, improving capacity, reliability and flexibility,” he said.

“That means we’ll get more energy out of every drop of water, and we’ll be more responsive to fluctuations in demand.

“This will help us to support wind and other renewables in a modern energy system.”

The investment is part of a larger strategy to adapt Tasmania’s energy

The Federal Government has approved Australia’s largest ever renewable energy project, the SunCable Australia-Asia Power Link.

The SunCable, a gigantic industrial solar power project in the Northern Territory, has received environmental approvals to proceed.

With a planned capacity of up to 4 gigawatts (GW), the solar farm is expected to generate enough renewable energy to power three million homes.

According to the Federal Government, the SunCable project is poised to be a gamechanger for the Northern Territory, enabling the development of a green manufacturing sector and providing a long-term source of employment in remote areas.

Estimated to deliver over $20 billion in economic value to the region, the project is anticipated to support an average of 6800 direct and indirect jobs annually during the construction phase, with a peak workforce of 14,300.

Fortescue begins Green Metal Project construction

construction on a groundbreaking US$50 million green iron plant at its Christmas Creek iron ore mine in Western Australia’s

This project marks a significant step towards establishing a green iron industry in

The Christmas Creek Green Iron Metal Project aims to produce high-purity pig iron using green hydrogen, making it compatible

According to Fortescue, it intends to have

end of 2025.

the plant operational and producing green iron metal by the end of 2025.

Dr Andrew Forrest, Fortescue Executive Chairman, said this project marks a pivotal moment in Fortescue’s journey to build a green metal supply chain.

“Iron and steel are the backbone of our infrastructure, however traditional iron and steel production processes are among the largest sources of greenhouse gas emissions. By rethinking the entire iron and steel value chain we can produce an entirely new, green industry here in Australia,” Forrest said.

Fortescue intends to have the plant operational and producing green iron metal by the

The investment is part of a larger strategy to adapt Tasmania’s energy infrastructure to modern needs.

The SunCable project has received environmental approvals to proceed.

Training and talent: Building a clean energy workforce

For the transition to renewable energy to succeed, we need one of the biggest infrastructure builds in Australian history, Kane Thornton, Clean Energy Council Chief Executive writes.

That’s a daunting prospect and there are countless uncertainties that need to be addressed to make it happen. I’ve written recently about the difficulties of planning and approvals, environmental concerns, community partnerships and more.

And all those challenges are magnified when you consider Australia is operating in a global marketplace, competing for materials, investment and talent. That’s why it’s so important we get policy settings right, to make Australia the most hospitable location for renewable projects.

Amid those varied challenges, competition for talent is the one that isn’t so widely reported on. But it’s vitally important if we are to reboot Australia’s energy system. There are so many important professions linked to renewable energy, from engineers, construction workers and electricians to community engagement specialists, lawyers and environmental scientists.

As it stands, Australia has a shortage in many of these areas, which is why the Clean

Energy Council is working hard to try to attract talent into the clean energy sector. And not just numbers, but diverse talent and high-quality leadership, so that our industry is set up for the future.

Building a workforce

If we’re to encourage people to join our industry, first of all we need to make it visible and attractive to them, whether they are just leaving school, making their way through TAFE, looking for a career change.

Last year, we launched Careers for Net Zero, a movement designed to showcase the many career opportunities that will help deliver an equitable, prosperous and netzero emissions Australia. This year, we ran follow-up events in three regional locations in Queensland – because more than anywhere else, the energy transition is happening in the regions. It was a delight to see so many people engaged with these events, keen to learn about and in some cases join the netzero movement.

But as well as numbers, we need training. One of the biggest challenges for the clean energy workforce is inconsistencies in what are considered meaningful qualifications. To ameliorate that, we need industry qualifications and training opportunities that will be taken seriously and will lead to worthwhile careers.

Our team is doing a huge amount of work on a new program called Clean Energy Required Training, initially in Victoria and Queensland. The objective is to improve worker mobility and establish consistent, industry agreed training and qualifications for trade workers employed in renewable energy developments.

When fully implemented, this program will increase the pool of qualified and experienced workers, including underrepresented or marginalised labour groups, the long-term unemployed, and workers transitioning out of the thermal energy sector. It will enable individual workers to establish career development pathways

The Clean Energy Council launched the Careers for Net Zero last year.

and move between clean energy projects more efficiently because they understand what skills and training are required and what opportunities exist. It will also provide the clarity and certainty needed by training organisations to offer relevant training offerings.

All of this is backed up by our recently revamped online e-learning platform, LearnLAB, which is designed to educate the industry, the public, installers, and Clean Energy Council members. It features an updated Discover the Renewables Industry Learning Plan, continued delivery of SAA-accredited CPD courses for Solar Installers and Designers, and micro learning badges that enhance professional profiles and validate expertise in the clean energy sector.

Inclusive leadership

In addition to training and attracting a workforce in such a varied sector, the clean energy industry must ensure it builds that workforce around a diverse range of talent, that it continues to work to make the sector as inclusive as possible, and that leaders demonstrate the right behaviours and norms to keep the industry healthy.

The Clean Energy Council has been running the Women in Renewables initiative for almost 10 years, through which we’ve been championing the role of women in clean energy. The renewables sector already has better representation of women than the fossil fuel industry, but the balance is still not there, and there is plenty of work to be done, especially in senior positions and roles in the trades.

You’ll be able to hear from some winners and past recipients of our Women in Renewables scholarships in the next issue of ecogeneration

Seeing the next generation of women coming through each year reminds me that if we encourage and promote diversity in our industry, we’ll always have new generations of talent to carry the transition forward. That extends to the whole industry, not just women. To ensure we are an open, equitable industry, we need to be aware of, and reform, systemic barriers and processes that are open to discrimination or bias.

I’ll be leading a session on mental health and wellbeing at All Energy, Australia’s biggest renewable energy event, in late October, where I’ll expand on the six principles of leadership, I believe the industry needs to embrace to not only help Australia become a global clean energy superpower, but do so in a way that promotes happiness, support and care for those around us. Those principles are courage, inclusion, collaboration, resilience, purpose, and self-care.

In an industry we all care so passionately about, it’s not always easy to switch off, to balance our time, and to focus on the elements beyond the headline-grabbing act of building a physical project. But

to maintain a healthy industry that is welcoming and attractive to newcomers, that’s what we need to do.

Working to bring certainty

It’s an interesting time for the renewables transition.

There is a lot going on, as always, in both the industry and the country. With a Federal election looming, there will be more changes to come. The current administration has put in place several measures, many sitting under the umbrella of the Future Made in Australia Act, that are aimed at boosting the transition and drawing in the investment we need.

To cut through the uncertainties, we need strong policies, reforms and regulations that help rather than hinder the energy transition, while maintaining the highest standards possible.

That’s what the Clean Energy Council is for – to bring certainty where it is needed. We are deeply engaged with governments and other bodies to make sure we get the right legislation and the right outcomes for clean energy.

Promoting a healthy landscape for the clean energy workforce is just one of many areas we’re operating in to bring the certainty that is needed.

Kane Thornton has more than a decade of experience in energy policy and leadership in the development of the renewable energy industry. His column is a regular feature in ecogeneration, where he analyses industry trends and explains the impacts of federal and state renewable policies on the energy sector.

Renewable Energy Training

Gain new skills for growing opportunities in the renewable energy market. Electricians and engineers interested in upskilling or gaining accreditation can tailor their training to suit their career goals at Holmesglen Institute’s Renewable Energy Centre of Excellence.

Industry experts deliver our nationally accredited renewable energy short courses with online and face-to-face hands-on practical workshop sessions. You can study: • Grid Connected PV systems • Battery Storage • Stand-Alone Power Systems

Multiple start dates available throughout the year at our Moorabbin campus. Scan the QR code to find out more, or call 1300 639 888 to apply now.

RTO: 0416. IHE: PRV12129. CRICOS Provider Code: 00012G.

Victoria steps up green transition

As Victoria ramps up its push towards net-zero, the state is investing in a new array of climate projects and policies.

Victoria has a number of renewable energy projects on the go.

Communities, companies and government are coming together to develop the integral infrastructure for a sustainable economy. Renewable technologies are increasingly accessible in the shift towards a decarbonised circular economy.

Massive Origin battery

Origin energy is currently constructing a massive battery on the site of the decommissioned Mortlake Power Station.

The project will cost $400 million and boast an output capacity of 300 megawatts (MW) and be able to deliver up to 650 megawatts/hour (MWh) of energy. Upon completion it will be one of the largest batteries in Australia.

At full output, the battery can provide continuous power for just over two hours. However, by operating at lower outputs it can sustain a level of generation for longer times.

The decommissioned power station is an ideal site due to its adjacence to existing transmission infrastructure, sitting next to the Moorabool to Heywood 500 kilovolt (kV) transmission line and within a

Renewable Energy Zone in Victoria.

“When complete, the Mortlake battery will soak up and store excess renewable energy generated during the day and dispatch this energy into the grid during peak demand periods, which typically occur during the early evening when renewable supply tends to decrease.”

Origin’s Head of Development and Construction Conal McCullough said.

McCollough added that it also has the potential to help stabilise the electricity grid as the existing fleet of large coal generators retires.

During the initial earthworks phase, around 40 direct jobs will be created, ramping up to approximately 90 during the main construction and installation.

Major wind farm approved near Horsham

A major new wind farm has been approved in north-west Victoria.

The Wimmera Plains Energy Facility, located 10km north-east of Horsham, will generate enough energy to power 202,000 Victorian homes.

The 312MW facility will feature up to 52 wind turbines connected to an existing 220kV transmission line. Additionally, the project includes a 100MW Battery Energy Storage system capable of storing up to 400MWh of dispatchable energy.

This development addresses the need for replacement energy capacity following the closure of coal-fired power plants.

The Wimmera Plains project is expected to reduce greenhouse gas emissions by 1.2 million tonnes of carbon dioxide equivalent annually, comparable to removing more than 370,000 cars from the road each year.

It will also create up to 280 direct jobs during construction and 10 ongoing positions.

Tanya Plibersek, Federal Minister for the Environment and Water said the project demonstrates how strategic site selection can expedite environmental approvals.

Energy storage receives 100 Megapack batteries

The Koorangie Energy Storage System is a $480 million investment into Victoria’s energy grid.

Delivered by Edify Energy and Sosteneo, the project will provide critical energy storage capacity and allow up to 300 additional megawatts of renewable energy to be integrated into the Murray River region’s grid.

The project reached a significant renewable energy milestone with the delivery of 100 Tesla Megapacks. The largescale rechargeable lithium-ion batteries will have a combined storage capacity of 185MW once operational in 2025.

With a single full charge, the Koorangie system will be capable of powering every home in the Gannawarra Shire Council area for over two weeks or the entire town of Kerang for more than a month.

“Projects like Koorangie are keeping the lights on for households across the state and are helping us move away from expensive fossil fuels and onto safer, affordable and more reliable renewable energy,” Lily D’Ambrosio, Victoria’s Energy Minister said.

Importantly, the project will employ cutting-edge “grid forming” inverter technology, allowing the battery system to provide the same grid stabilisation services historically provided by fossil fuel generators.

Victoria has legislated targets of at least 2.6 gigawatts (GW) of energy storage by 2030.

Iberdrola makes strides in renewables

Iberdrola Australia has been officially awarded a feasibility license for a 3GW Aurora Green offshore wind farm project, set to be located at least 25km off the coast between Mcloughlins Beach and Seaspray.

Iberdrola predicts Aurora Green to have a substantial economic impact, with estimates suggesting it could create 600 long-lasting, skilled jobs during operation and over 1800 jobs during construction.

The feasibility license allows Iberdrola Australia to conduct a detailed assessment to progress the project, which is expected to provide an $8 billion boost to the Victorian economy and has the potential to power up to 2.25 million households with clean energy.

Apart from massive projects like Aurora Green, Iberdrola Australia is demonstrating its ability to tackle smaller-scale, technically challenging projects through its Smart Energy Solutions division.

The company has been engaged by Adelaide Airport Limited to design and install a 2.35MW solar PV system on the airport’s main terminal roof, almost tripling the airport’s solar system.

Iberdrola adapted its ‘Life Essentials’ safety policy to meet Adelaide Airport’s unique requirements for its solar installation project. Strategic measures included careful equipment handling, and enhanced security.

Elgin Energy’s solar expansion

Elgin Energy has secured approval to construct a solar and battery farm near the town of Elaine.

Located approximately 120km west of Melbourne, the Elaine Solar Farm will feature around 230,000 groundmounted solar panels spanning a 600-acre site, capable of generating 150MW of solar energy.

The solar farm is Elign’s largest hybrid project to date, and will produce enough clean, renewable electricity to power approximately 60,000 Victorian homes.

Additionally, the project is expected to create around 150 construction jobs and up to three permanent positions over its projected 40-year operational lifespan.

The approval of the solar farm comes as part of Elgin’s rapid Australian expansion, with the company building a battery energy storage system in Gippsland and receiving authorisation to develop the Shady Creek Solar Farm.

Origin x RES offshore wind project

The Federal Government has awarded a feasibility license to the Origin x RES joint venture offshore wind project.

The Navigator North project is located in Gippsland, approximately 34km from shore and covering 700km km2.

The project has the potential to generate 1.5GW of power.

It is expected to create approximately 1400 jobs during its design and construction phase, with an additional 60 long-term positions over its 30-year operational life.

Greg Jarvis, Origin’s head of energy supply and operations, said the approval was a testimony to the strengths and the commitments of the joint venture.

“Origin is the nation’s largest energy retailer with 4.7 million customer accounts, owns a suite of generation assets across Australia’s East Coast, and has deep expertise right across the

Australian energy and policy landscape. RES brings extensive global experience across the full lifecycle of offshore and onshore wind farms and other renewable energy technologies.

“Together, we will look to develop a competitive wind project that we believe could provide material renewable supply to the energy market.”

The joint venture plans to establish community engagement initiatives, including a community benefit fund, a neighbourhood benefits sharing scheme, and a local energy discount program.

Renewable regional town

Over a decade’s worth of community effort has powered Newstead’s efforts towards its goal of 100 per cent renewable energy.

The idea for the solar and battery project was first proposed by the community in 2009. A 2018 $1.1 million government grant and partnership with developer Flow Power finally allowed the project to open this August.

“The Newstead Energy Project is the first of its kind for Victoria and a powerful template for how community, government and industry can work together to propel the energy transition forward.”

Flow Power CEO Matthew van der Linden said.

The Newstead project stands out due to its community driven development, with locals arranging the site, funding and company for the project. Flow Power utilised local contractors during construction and will establish a community fund with ongoing benefits.

The opt-in farm aims to provide cheap, equitable access to renewable energy, encouraging locals to join through competitive pricings and environmental benefits.

The project is one of 50 large-scale solar farms either operational, under construction or soon to be commissioned across Victoria, with the government also rolling out 100 neighbourhood battery installations across the state.

Victoria’s State Minister for Energy and Resources Lily D’Ambrosio said the government is supporting regional Victoria to make the most out of the renewable energy transition.

“We’re empowering the Newstead community – and other communities like it – to fully harness the benefits of locally generated and stored renewable energy.”

Watt’s next in energy storage

A new report makes it clear that Australia must expand its energy storage capacity to meet the escalating demands of a net-zero future.

Australia’s energy storage capacity needs to surge from its current level of three gigawatts (GW) to a 49GW by 2050 if it hopes to keep pace with ever-greater demand and ensure a stable and reliable grid, according to a new report from the Australian Energy Market Operator.

Chelion Australia, a leading player in the energy storage market, is at the forefront of this transition, offering a comprehensive

range of solutions that cater to the diverse needs of residential, commercial and utility-scale customers.

ecogeneration sat down with Chelion Australia CEO Craig Nalder to discuss the company’s pioneering approach to energy storage solutions.

Leadership driving solutions

Chelion’s leadership foresaw the increasing complexity that comes with decentralised energy systems and recognised the growing need for userfriendly solutions.

The company’s focus on energy storage solutions is not just about market opportunities but rather a direct result of the collective experience of its global leadership, particularly Chairman Dr Yang Pang and Global CEO and cofounders Zhan Gao (Zeight) and CTO Longhui Wu.

Chelion Australia boasts an experienced team of energy professionals.

Images:

Chelion

“Dr Pang transitioned from being a quantum physics professor at Columbia University to a successful Wall Street investment banker and renewable industry investor” Nalder said.

“His global perspective set the stage for Chelion’s commitment to renewable energy, recognising early on that energy storage would play a critical role in the decentralisation of the grid.”

Gao, with significant management experience in the global renewables industry, has been instrumental in driving Chelion’s sales and project investments. His leadership has been key in expanding Chelion’s footprint to Japan, North America, Australia and Europe.

Wu holds a PhD from Xi’an Jiaotong University and a Post-PhD from Southeast University. With more than 15 years of experience in the power electronics industry, he served as Deputy General Manager and Chief Engineer at Suzhou Action Power from 2014 to 2021. Wu has received multiple awards and published more than 10 papers, and he also holds 27 patents, including 14 invention patents.

Nalder brings more than 25 years of energy industry experience to Chelion, in energy regulation, energy retail, PV, energy trading, investment banking and power development, including more than 15 years as a CEO.

Chelion’s COO Craig Parkes has more than 25 years of global business experience, specialising in business strategies and managing large-scale solar and battery projects within the energy and utility industry.

developed software for remote energy system management across multiple sites, ensuring efficiency.

This strong leadership team, along with the South Pacific office and integration facility based in Brisbane, manages sales, delivery, integration, aftersales support and customer service for Chelion’s Australian, New Zealand and South Pacific clients.

Innovative technologies

Chelion’s residential systems in Australia emphasise simplicity and integration. Featuring hybrid inverters with full backup and dual MPPTs (maximum power point tracking), they are designed to allow easy upgrades.

Chelion combines hardware and software to optimise battery performance, providing insights into energy use, storage and grid interactions. Its user-friendly system requires no technical expertise.

For commercial use, Chelion’s Shanghai research and development (R&D) team

Chelion’s China facility assembles utility containers with advanced software for realtime monitoring and adjustments, allowing scalable and customisable projects, including in Australasia.

Local delivery and after-sales support in Australia ensure service for local and New Zealand clients.

Flexible solutions for Australia

The unique challenges faced in Australia – vast geography, a dispersed coastal population and ageing power infrastructure – create inefficiencies in energy distribution and complicate the transition to renewable energy.

Chelion sees decentralisation as key to addressing these issues, but complex energy solutions can hinder customer adoption.

“Energy storage and decentralised

energy are crucial for a sustainable future, but designing these systems often requires complex, tailored technical and commercial solutions that the experience in Chelion can offer with superior customer service” Nalder said.

Chelion’s solutions-focused approach helps to simplify energy storage management for homeowners and utility operators. Its integrated software optimises energy usage, balancing power consumption and grid interaction to maximise savings and sustainability.

Some of Chelion’s major projects include providing energy storage for BT Energy Australia as part of BT’s overall hybrid electronic power control (EPC) solution for a major infrastructure client in Port Hedland, Western Australia, which the company said demonstrates its expertise in tackling complex energy integrations.

This 600-kilowatt (kW), 2.8-megawatthour (MW/h) installation was a challenge due to its multifaceted requirements

Chelion Australia CEO Craig Nalder

system stability during cloud events for the new 1.2MW ground-mounted solar farm, while integrating with the existing facility infrastructure.

Another notable project is Chelion’s installation at the Port of Townsville, which highlights its expertise in delivering energy solutions that meet space constraints.

The 200–300kW/h battery system not only reduces grid reliance and improves carbon emissions but also fits within the limited available space. The software controls emergency back-up and grid interactions, ensuring optimal performance despite the spatial limitations.

Local team, global reach Chelion distinguishes itself with a global presence across Europe, Asia and the US, bolstered by strong R&D capacity in China, which it describes as “a global innovation hub for energy storage technologies”.

“By tapping into this multi-national network, we can design and manufacture solutions with efficiency unmatched by small competitors,” Nalder said.

Chelion is positioning itself on Australia’s growing EV market, focusing on household chargers. Additionally,

5MW/11MWh utility BESS solution, which has seen several sales in 2024.

Nalder also emphasised the need for a multidisciplinary approach to the energy transition, involving a deep understanding of market dynamics, engineering, software and hardware.

“Our strategy integrates these components to provide comprehensive solutions,” he said. “By leveraging our expertise in each area, we aim to lead the market in delivering efficient and effective energy solutions.”

Leading at All Energy

Chelion will highlight several key components of its product line-up at the 2024 All Energy Australia Expo in Melbourne in October.

“We’ll showcase our popular commercial storage cabinet, which received positive feedback last year,” Nalder said.

“Attendees can see how our solutions can be customised for specific needs.

“We’ll also present our EV chargers for residential and centralised installations, as well as our residential systems, including all-in-one and split configurations. This will provide a complete view of our offerings and their flexibility.” For

Chelion home energy storage products.

Chelion’s solutions-focused approach simplifies energy storage management for homeowners and utility operators.

Shaping the future of clean energy

All Energy Australia stands as the pinnacle event in the country’s renewable energy calendar, celebrated for over 15 years as Australia’s largest and most eagerly awaited clean energy exhibition and conference.

This year, All Energy Australia promises to be an unprecedented convergence of industry leaders, innovators, and enthusiasts, all focused on driving the transition to a sustainable energy future.

As Australia’s foremost platform for the clean energy sector, All Energy Australia 2024 offers an expansive showcase of the latest advancements in renewable technologies. Attendees will have the chance to explore cutting-edge solutions across a spectrum of areas including solar, wind, bioenergy, energy storage, and electric transportation. This comprehensive display of innovations is designed to highlight the rapid progress being made and to facilitate connections among key players in the industry.

Beyond the exhibition, the conference component of All Energy is a hub of knowledge sharing and professional development. The event features over 450 expert speakers who will delve into critical topics such as battery energy storage solutions, decarbonisation, and grid integration. Through a series of presentations, panel discussions, and workshops, participants will gain invaluable insights into the latest trends, market mechanisms, and emerging technologies driving the renewable energy sector forward.

This year’s conference will cover a broad range of themes, ensuring that every facet of the renewable energy landscape is explored.

Key topics:

• Battery energy storage solutions: Examining innovations in energy storage technology essential for stabilising renewable energy sources.

• Bioenergy and hydrogen: Exploring sustainable fuel alternatives and their role in the clean energy transition.

• Circular economy and green building: Discussing strategies for reducing waste and building sustainably.

• Electric vehicles and infrastructure: Addressing the integration of EVs into the broader energy system.

• Energy management and policy: Delving into strategies for effective energy use and the impact of governmental policies.

• Smart grid and virtual power plants: Investigating advanced grid management solutions and virtual energy solutions.

The conference also features special sessions on ‘First Nations Energy’ and ‘Community Energy’, reflecting the inclusive approach towards diverse energy needs and contributions.

All Energy is not just a platform for showcasing advancements but also a testament to RX’ commitment to

sustainability. RX Global, the event’s organiser, is a founding member of the Net Zero Carbon Events pledge.

Dedicated to achieving net zero emissions by 2040, RX is aiming to reduce greenhouse gas emissions by 50 per cent by 2030.

This commitment includes a comprehensive reduction strategy and collaboration with venues and suppliers to support sustainable practices.

By attending All Energy Australia, participants will not only gain access to cutting-edge knowledge and networking opportunities but also contribute to the broader goal of reducing the events industry’s environmental footprint. The event’s emphasis on sustainability aligns with the global movement towards a cleaner, more resilient energy future.

All Energy Australia 2024 is an essential event for anyone involved in or passionate about the renewable energy sector.

Whether you are looking to learn from industry leaders, discover new technologies, or engage in meaningful discussions about the future of energy, this exhibition and conference offers a unique opportunity to be at the forefront of the transition to a sustainable energy future.

For more information, visit all-energy.com.au/en-gb.html

All Energy Australia is back and ready for 2024.

Peak shaving

Backup power supply

Diesel generator replacement

Frequency modulation

The upcoming All Energy Australia Expo 2024 will showcase cutting-edge technologies and products that are set to redefine the renewable energy landscape.

Among the global leaders stepping into the spotlight is JA Solar, a company that has consistently demonstrated its commitment to innovation, quality, and sustainability in the solar photovolta industry.

As the company introduce its latest products to the Australian market, JA Solar’s offerings promise to further elevate the standard for renewable energy solutions.

At the All Energy Australia Expo 2024, JA Solar will introduce its latest range of solar panels, designed to meet the evolving needs of the renewable energy market.

Among the highlights is the

JAM54S40 LR 455W solar panel, which represents the pinnacle of JA Solar’s technological innovation.

This new model boasts an impressive power output of 455 watts, coupled with enhanced efficiency and reliability.

Its design reflects JA Solar’s commitment to providing high-performance solar solutions that are both cost-effective and easy to install.

One of the standout features of the JAM54S40 LR is its lightweight single-glass construction, which is approximately 2kg lighter than traditional panels.

This reduction in weight not only makes the panels easier to handle and install but

also contributes to their overall durability and performance.

The single-glass design also allows for a power increase of around 5W compared to panels of similar size, offering consumers more energy output for its investment.

In addition to its new solar panels, JA Solar is also set to launch a comprehensive residential energy storage system in Australia.

The new Split-type residential energy storage system offers Australian homeowners a high-efficiency, scalable solution for their energy needs.

These advanced batteries seamlessly integrate with existing solar panels,

Image:

JA Solar

JA offers Australian homeowners a high-efficiency, scalable solution for their energy needs.

providing long-term reliability with up to 10 years of warranty coverage.

Designed with safety as a priority and fully compliant with Australian certifications, these systems ensure peace of mind for users.

Their expandable nature allows for easy adaptation to changing energy requirements, making them an ideal choice for residential applications seeking to maximise energy independence and efficiency.

Consumers will also appreciate the convenience of dealing with a single provider for all their energy system needs, ensuring a hassle-free experience from purchase to post-installation support.

Other key products from JA Solar, such as the 72D42LB-640 module, feature the company’s proprietary BYCIUM technology.

The Bycium+ cell is a high-efficiency n-type passivated contact cell independently developed by JA Solar.

It is based on the mature M10 (182mm) silicon wafer size and incorporates advanced technologies like millisecond-level lowoxygen n-type wafers, superior surface passivation, passivated contact technology, ultra-fine grid metallisation, and doublesided anti-reflective coatings.

These innovations result in a cell Open Circuit Voltage (VOC) of 733 mV and a cell conversion efficiency of 26.5 per cent, which is currently among the highest in the industry.

The outstanding cell technology also enhances module efficiency, with the 72D42LB achieving a production efficiency of 22.9 per cent.

Additionally, the 72D42LB employs narrow spacing technology, which reduces

the number of cells compared to the similarly sized 78-cell module, lowering the VOC by 7.69 per cent and achieving a balance between current and voltage, thus reducing the risk of hot spots.

The system can accommodate more modules per string, resulting in lower balance of system (BOS) costs.

The module’s current is compatible with 15A inverters, offering high system value to clients.

Moreover, the module technology integrates rectangular wafers, smart wire multi-busbar (SMBB), high-density encapsulation with narrow spacing, and highly reliable encapsulation materials.

These features contribute to a lower temperature coefficient, which is currently at -0.29 per cent, a leading level in the industry.

JA Solar’s modules excel in smoke, dust, potential-induced degradation (PID), and ammonia tests, far surpassing the international electrotechnical commission (IEC) standards.

The company has also passed stricter IEC tests, providing excellent stability and delivering maximum product value to customers.

In fact, JA’s high-quality products are well received on the international market.

Recently, the brand is announced as the Highest Achiever in the 2024 PV Module Index released by the Renewable Energy Test Centre (RETC).

The RETC PV Module Index is a comprehensive evaluation that assesses the performance, reliability, and quality of PV

modules from top manufacturers worldwide.

This prestigious accolade marks the fifth consecutive year that JA Solar has been honoured in RETC’s annual rankings.

Over the years, JA Solar has consistently demonstrated its leadership in the solar PV industry through its innovative technologies and high-quality products.

With over 224 gigawatts (GW) (as of mid 2024) of PV modules shipped globally, JA Solar has played, and continues to play, a pivotal role in accelerating the adoption of renewable energy.

The company’s products are used in residential, commercial, and utility-scale projects across more than 165 countries, contributing to significant reductions in carbon emissions and supporting global efforts to combat climate change.

Aiqing Yang, Executive President of JA Solar said the brand is committed to innovation and quality in every aspect of its work, and this is reflected in its products.

‘We are immensely proud to be recognised as the Highest Achiever by RETC for the fifth year in a row,” he said.

“This recognition is a testament to our dedication to delivering superior quality solar PV products that meet the evolving needs of our global customers and contribute to a sustainable energy future.”

Visitors to the All Energy Expo are welcomed to experience the cutting-edge solutions driving the clean energy revolution at JA Solar’s Stand No. JJ123.

For more information, visit jasolar.com

energy space.

Growatt, a long-standing participant and recognised leader in solar inverter technology and energy storage solutions, will once again join the ranks of exhibitors at All Energy Australia.

Continuing its tradition of strong presence at this key industry event, Growatt is set to showcase its latest advancements tailored for the Australian market.

This year, Growatt will feature an impressive lineup of products at its booth, including the SPH/SPA 3000-6000TLHUB/AUB series paired with the ALP Battery, the MIN 2.5-6KTL-XH2 inverter series and the MID 10-30KTL3-XH inverter series coupled with the APX Battery.

Growatt’s SPH/SPA 3000-6000TL-HUB/ AUB series, coupled with the ALP Battery, represents a game-changing all-in-one storage solution for the residential market. This integrated system exemplifies Growatt’s dedication to user-friendly and efficient energy management.

The SPH/SPA series boasts a builtin smart meter and self-diagnostic capabilities, significantly streamlining the installation process for electricians. Its intelligent monitoring and management system ensures optimal performance and reliability, addressing key concerns for Australian consumers who prioritise longterm efficiency and low maintenance costs.

The ALP Battery, designed to complement the SPH/SPA series, offers

stability – crucial factors in Australia’s varied climate conditions.

The MIN 2.5-6KTL-XH2 inverter series is Growatt’s answer to the growing demand for flexible, future-proof solar solutions. These compact, yet powerful, inverters incorporate the innovative ‘battery-ready’ concept, allowing Australian homeowners to invest in solar energy systems without immediately committing to battery storage. With high efficiency ratings of up to 98.4 per cent and an IP66 protection rating, the MIN series is well-suited to Australia’s diverse environments. The inverters feature built-in Type II surge protection on DC side, ensuring robust safety measures that align with Australia’s stringent standards.

Images:

Growatt invites visitors to booth I113 at All Energy Australia.

For small to medium commercial applications, Growatt offers another battery-ready solution, the MID 10-30KTL3-XH inverter series, that boast impressive efficiency ratings of up to 98.8 per cent and feature 2-3 MPPT inputs for optimal energy harvesting. Its compatibility with high-voltage battery systems makes it ideal for commercial installations requiring substantial energy

The ‘battery-ready’ inverter series is compatible with APX high-voltage battery systems. The APX Battery complements the MID inverters perfectly, offering a scalable storage solution of up to 60kWh. With its advanced LFP chemistry, the APX Battery ensures long cycle life, high safety standards, and excellent performance even in challenging environmental conditions. The battery’s intelligent control system enables energy optimisation, supporting full charge/discharge cycles and the mixing of new and old battery packs.

Founded with a vision to make clean energy accessible to all, Growatt has

rapidly expanded its global footprint while maintaining a focus on developing

Growatt’s global strategy. As the company’s first overseas market, Australia has been at the forefront of Growatt’s international expansion since 2011. Recognising the unique challenges and opportunities of the Australian solar market, Growatt has invested heavily in establishing a strong

Today, Growatt operates three service outlets in Australia – Perth, Adelaide, and Sydney. The Sydney branch serves as the main service centre, providing comprehensive support including pre-sales consultations, after-sales service, marketing assistance, and

Growatt’s commitment to the Australian market goes beyond just product offerings. The company works closely with local installers, distributors, and industry organisations to develop solutions that address the unique challenges faced by the

At this year’s All Energy Australia Expo in October, attendees are invited to visit Growatt at Booth 113, where it will have the opportunity to experience firsthand the company’s cutting-edge products.

Growatt’s team of experts will be present throughout the event to provide in-depth information, address inquiries, and discuss how these solutions can be tailored to meet

Growatt’s SPH hybrid inverters.

Growatt’s MID 10-30KTL3-XH inverter.

the industry.

Among the notable participants, Trinasolar, a global leader in smart photovoltaic and energy storage solutions, is bringing their latest products for the Australia market.

The high-performance Vertex N 720W (NEG21C.20) offers ultra-low degradation, low voltage and high string power, and is endowed with high energy yield of up to 720 watts (W), high efficiency of 23.2 per cent, high reliability, high performance and low levelised cost of energy (LCOE).

In a recently conducted assessment, the modules were shown to reduce LCOE by 1.79 per cent compared with 182–72 reference modules.

n-type bifacial cell architecture.

The module’s bifacial design allows for up to 30 per cent power gain from the backside, significantly boosting energy yield. Its multi-busbar layout further enhances performance by optimising light trapping and current collection.

Beyond its power generation capabilities, the NEG19RC.20 is built to withstand harsh environmental conditions, with a robust mechanical construction rated for high wind and snow loads up to 5400Pa.

Optimised solar solutions for every rooftop

The Vertex S+ series represents a major advancement in rooftop modules for

measures 1961x 134mm, with a frame height of 30mm.

Weighing in at 23.5kg, its size and weight is specifically crafted for commercial and industrial spaces. This caters to rooftops, covered walkways, car parks, and underutilised business spaces, aligning with the industry’s shift toward efficient solar power solutions.

The size and lightness make the panel easy to handle and install and ensures panels are robust enough for larger-scale commercial installation, while being compatible with other BOS components.

Its medium size conceals a powerful punch – a maximum power output of 505W and a high efficiency of 22.7 per cent.

Image:

Trinasolar

additional power gain from the back side of the module.

Delivering power outputs of up to 455W and efficiencies as high as 22.5 per cent, the NEG9R.25 is an ideal solution for installations with low-load-capacity rooftops, thanks to its compact size and light weight.

As households transition to higher power generation systems, the Vertex S+ Full Black panel is perfectly suited for both 6.6-kilowatt (kW) and 8kW set-ups.

The power partners

As a total solutions provide, Trinasolar will also showcase its groundbreaking tracker and energy storage solutions.

life, safety and energy density, resulting in cost reductions and enhanced performance and solidifying its competitive edge in the energy storage market.

The Trina cells are featured in its latest Elementa 2, an advanced, flexible and highefficiency energy storage system (ESS). With a total capacity of 4.07 megawatthours (MWh) housed within a standard 20-foot container, the Elementa 2 offers a balance of capacity and cost-effectiveness in support of utility-scale applications. Its innovative pack design incorporates smart liquid cooling technology, ensuring precise thermal management and optimal performance under diverse operating conditions.

faster dynamic response, and higher wind tolerance ensure optimal performance even in challenging conditions. Complemented by TrinaTracker’s Smart Control System with intelligent controllers, cloud monitoring and advanced algorithms, this solution boosts reliability, efficiency, and data-driven optimisation. Trinasolar offers modules, trackers and BESS solutions that work with each other hand-in-glove, while also being highly compatible with other companies’ products.

Trinasolar’s expert team will be on hand at All Energy to discuss how its technologies can power projects to new heights.

For more information, visit trinasolar.com/au

Trinasolar is poised to make an impact at All Energy 2024 with its lineup of state-of-theart module, tracker and storage solutions.

Solar sensation

Be prepared, Australia. A global solar powerhouse is set to make a groundbreaking splash in the renewable industry landscape.

Visitors to All Energy Australia 2024 in Melbourne this October are invited to witness the unveiling of LONGi’s two revolutionary solar modules: the Hi-MO X6 Max and Hi-MO 9.

These cutting-edge offerings represent significant technological advancements, combining record-breaking efficiency with state-of-the-art manufacturing processes.

Optimised for distributed PV

Designed specifically for distributed photovoltaic (PV) applications, the Hi-MO X6 Max series incorporates LONGi’s proprietary ‘TaiRay Inside’ and high-performance Back Contact cell (HPBC) technologies.

These innovations deliver unprecedented stability, reliability, and power generation efficiency, setting new industry benchmarks.

“The standardised dimensions of the

Hi-MO X6 Max maximise customer benefits and reduce costs for engineering

container utilisation during transportation, further contributing to cost savings.”

LONGi’s Hi-MO X6 Max.

Images: LONGi

LONGi’s Hi-MO 9 features refined efficiency and amplified power.

Compared to the previous Hi-MO X6 model, the updated series can reduce transportation costs by $0.61 per kilowatt while improving container utilisation by 4.4 per cent to 98.5 per cent.

Furthermore, the higher power output of the Hi-MO X6 Max translates to a 3.57 per cent reduction in balance-of-system costs for system installation, amounting to savings of approximately $4.16 per kilowatt.

The Hi-MO X6 Max product family not only inherits the core values of high quality, advanced technology, and exceptional reliability from the Hi-MO X6 series but also represents an upgrade in three key areas: new technology (TaiRay Inside and HPBC integration), new size (post-standardisation dimensions), and new product offerings (including the Ultra Black “Artist” model for distributed markets).

With a focus on lowering costs for engineering partners and optimising transportation logistics, the Hi-MO X6 Max stands as a flexible and cost-effective solution for residential and commercial projects.

New standards for large-scale Simultaneously, LONGi will introduce the Hi-MO 9 module, setting a new benchmark in solar technology with its revolutionary second-generation Hybrid

Passivated Back Contact (HPBC 2.0) technology and TaiRay wafer.

Boasting a world-leading conversion efficiency of up to 24.43 per cent and a power output of 660W, the Hi-MO 9 is engineered to excel in harsh environments such as lakes, mountains, and deserts.

LONGi’s Vice President Dennis She highlighted the module’s exceptional performance.

“The new Hi-MO 9 module allows worldleading power generation and outmatches other technologies on the market in an equal land-use scenario,” he said.

“It retains this performance throughout its life, as the module is designed to the highest standards of reliability.

“Solar farm owners can rest assured that a plant built from the Hi-MO 9 module will help them make the most efficient use of their land and get the most value out of sunlight.”

Both the Hi-MO X6 Max and Hi-MO 9 modules are produced at LONGi’s stateof-the-art Jiaxing facility, recognised by the World Economic Forum as a Global Lighthouse Factory.

The factory’s cutting-edge use of digital twin technology, artificial intelligence, and big data analytics ensures that LONGi remains at the forefront of intelligent manufacturing.

This innovation not only increases production efficiency but also reduces energy consumption, ensuring that LONGi’s products are as sustainable as they are advanced.

Commitment to innovation

LONGi’s commitment to research and development (R&D) has been instrumental in driving these technological advancements. Since 2012, the company has invested over $6 billion in R&D, yielding tangible results.

In the Q2 2024 PV ModuleTech Bankability Ratings report from PV-Tech, LONGi secured the highest AAA rating, marking an impressive 18 consecutive quarters of achieving the top bankability ranking.

The Hi-MO X6 Max and Hi-MO 9 modules are set to hit the Australian, New Zealand, and Pacific Island markets by Q4 2024, offering tailored solutions for different customer needs, whether for smaller distributed PV systems or expansive utilityscale installations.

LONGi invites visitors to All Energy Australia 2024, taking place on October 23-24 at the Melbourne Convention and Exhibition Centre, to come and experience its products firsthand.

For more information, visit longi.com/au

LONGi’s Hi-MO X6 Max offers several key advantages over conventional.

Boosting business brilliance

As energy costs continue to soar and the urgency to cut carbon emissions intensifies, businesses are under increasing pressure to revolutionise their power strategies.

ATESS has introduced the groundbreaking HPS30-150 all-inone hybrid inverter series.

Designed with the commercial and industrial sectors in mind, this innovative solution helps businesses tackle soaring energy costs and environmental pressures.

The HPS series have an impressive capacity range of 30 kilowatts (kW) to 600kW, a true powerhouse that meets the energy requirements even at the highest level of difficulty.

What sets these inverters apart from rivals is its versatility – designed to integrate with various energy sources seamlessly, including solar PV, wind, and traditional generators. This flexibility ensures a reliable and

uninterruptible power supply, which is a critical consideration for businesses that cannot afford costly downtime.

At the core of the HPS design lies ATESS’ innovative energy decoupling control technology.

This pioneering approach involves converting three-phase current into a two-phase system, enabling direct control overactive and reactive power.

By decoupling these components, businesses can gain unprecedented flexibility in managing their power factor, a crucial consideration for optimising energy efficiency and minimising losses.

One of the standout features of the HPS series is its scalability.

ATESS’ HPS 30-150 Hybrid Inverters.

By connecting multiple units in parallel, businesses can effortlessly increase system capacity to meet their evolving needs.

This future-proof design not only safeguards against outgrowing the system but also allows for a staged investment approach, mitigating the upfront capital expenditure often associated with largescale energy projects.

Versatility is the name of the game with the HPS inverters.

With the ability to operate in both ongrid and off-grid modes, it can seamlessly transition between the two as required.

This capability is particularly valuable for remote sites or areas with unreliable grid connectivity, ensuring operations can continue uninterrupted, regardless of external conditions.

Additionally, the inverters can work in tandem with battery storage, further enhancing energy resilience and enabling peak shaving and load shifting strategies.

For businesses seeking to optimise their energy usage and reduce costs, the HPS series offers an array of programmable operating modes.

leverages stored energy during peak hours, these inverters empower companies to take control of their energy management strategies. Usability is a cornerstone of the HPS design.

The user-friendly touch screen display and intuitive interface makes system monitoring and parameter adjustments a breeze.

This attention to detail extends to remote monitoring capabilities, enabling users to keep a watchful eye on their energy systems from anywhere, anytime.

Moreover, the HPS inverters boast an impressive range of protections and safety features, ensuring reliable operation even in the most challenging environments.

From anti-islanding protection, which prevents the inverter from feeding power into a de-energised grid, to insulation monitoring and ground fault detection, these safeguards offer peace of mind and minimise the risk of costly downtime.

Ease of installation and maintenance is another standout advantage of the HPS series. The compact, all-in-one design combines the functions of a battery inverter, solar charge controller, transformer, and

ATESS’ commitment to quality and reliability is evident in the rigorous testing and certifications its products undergo.

The HPS series boasts an impressive array of certifications, including CE, AS4777.2 and the South African NRS, further solidifying its position as a trusted choice for energy solutions.

Perhaps most compelling for Australian businesses is ATESS’ deep understanding of the local market and its unique challenges.

With a dedicated Australian office and local staff, the company is well-positioned to provide unparalleled support and aftersales service.

All HPS products are certified and listed with the Clean Energy Council, ensuring compliance with Australian grid standards. ATESS offer a comprehensive solution to the challenges faced by commercial and industrial businesses.

With unparalleled versatility, scalability, and advanced technology, the company and its products empower Australian organisations to optimise energy consumption, reduce costs, and enhance operational resilience.

ATESS’ All-in-one ESS solution for commercial and industry applications.

Solar ace force

Australia has become a magnet for leading solar technology companies seeking to capitalise on this renewable energy boom.

Apresence, AIKO is now setting its sights on the Australian market, bringing its cuttingedge solar innovations to a country that is already embracing renewable energy at an unprecedented rate.

“Australia represents an incredibly attractive market opportunity for AIKO’s high-efficiency solar technology,” AIKO Country Director Australia & New Zealand Thomas Bywater said.

“The country has one of the highest rates of rooftop solar adoption globally, with residential and commercial installations being the dominant driver of solar generation in the national electricity market.”

The Australian Government’s commitment to renewable targets, including a 26–28 per cent reduction in emissions by 2030, has further solidified the country’s position as an attractive destination for solar companies like AIKO.

Lucrative incentive programs, such as the ‘Small-scale Renewable Energy Scheme’ and state-based feed-in tariffs, have made

where maximising energy yield per square metre of roof space is a key consideration,” Bywater said.

“Unlike some other major solar markets, Australia’s solar generation profile is heavily skewed towards decentralised, behind-themeter installations, rather than large-scale utility projects.”

This focus on residential and commercial rooftop solar presents a unique opportunity for AIKO to leverage its technological edge and establish a strong presence in the Australian market.

Having been involved in the solar industry for nearly two decades, and with his background as an electrician, engineer and accredited installer, plus a previous role heading the distribution sales team in Australia for Jinko Solar, Bywater has a farreaching understanding of the entire sector.

As an PV engineer, Bywater’s expertise lies in the intricate details of solar cell and panel manufacturing – an area of deep passion, even as large-scale production has declined in Australia. AIKO’s leadership

making solar panels,” Bywater said.

“Obviously, we don’t make too many solar cells in Australia anymore, but it’s still an area of interest for all of us that are really passionate about pushing the boundaries of this technology.”

Beyond AIKO’s technical prowess, Bywater was also drawn to the company’s long-term strategic vision and industry focus.

“What encourages me about AIKO is they have a solid plan to be a leader in the market for the long term,” he said.

“They’re not part of a spark plug company or part of an oil company jumping on the renewable energy trend. Since day one, their mission has been to redefine solar energy for a carbon-free future.

“From the P-type era to the N-type era, AIKO continuously challenged conventional industry perceptions and advanced the ultimate conversion of solar energy through their advanced photovoltaic products.”

This combination of cutting-edge innovation and enduring industry

AIKO Country Director Australia and New Zealand Thomas Bywater.

Images: AIKO

commitment has Bywater confident in AIKO’s potential.

“With over 15 years of global leadership in the PV industry and a strong commitment to R&D [research and development], AIKO aims to become the top choice for expert installers in Australia within the next 24 months,” he said.

Bywater’s belief in AIKO’s rapid rise is supported by more than just ambition.

Renowned figures such as Martin Green, considered the ‘father of PV’, and Jon Dee, founder of Planet Ark, both recognise the importance of AIKO’s N-type ABC technology to the future of the solar industry. Major local distributors have also quickly embraced its products, and the fast-paced adoption by installers further confirms that AIKO’s technology is driving evolution in solar energy.

AIKO’s flagship NEOSTAR panel, for example, delivers 470 watts (W) of power within a compact 2m2 footprint, a critical advantage for space-constrained Australian rooftops.

Recently approved by the Clean Energy Council (CEC), the panel has officially become the first 470W module in standard size of 1134x1757mm, and is considered the most efficient residential solar panel in Australia under 2m².

Apart from its power density, AIKO’s panels also boast advanced features tailored to the country’s climate and installation challenges.

The NEOSTAR’s 40mm hailstone impact rating provides peace of mind for homeowners in regions prone to severe weather, while its proprietary shade optimisation technology helps to ensure strong performance even in partially shaded conditions – a common challenge that can significantly affect solar efficiency on many Australian rooftops.

and advanced shade-mitigation features make our solar solutions a compelling choice for Australian consumers seeking to optimise the performance and reliability of their installations,” Bywater said.

As the company works to forge partnerships with Australia’s top-tier solar installers and solidify its position as a leading brand in the market, AIKO is also looking to the future.

The company has set its sights on engaging with the developers of largescale solar projects, offering its highefficiency modules as a means to drive down costs and boost energy yields for utility-scale developments.

“We’re confident that AIKO can make a meaningful contribution to the economics and sustainability of utility-scale solar in the Australian market as we continue advancing our technology,” Bywater said.

With its relentless focus on innovation, AIKO is well-positioned to play a pivotal role in shaping Australia’s renewable energy landscape.

The company’s recent achievement of

along with the upcoming release of its even more advanced INFINITE series, underscores AIKO’s status as a leader in the global solar industry.

The upcoming All Energy Australia Expo represents a valuable opportunity for clean energy professionals from all over the country and the world to visit AIKO and see its latest innovations. The company is planning to demonstrate why its advanced solar technology should be the optimal choice for discerning customers.

“We’re excited to provide attendees with a preview of AIKO’s product roadmap for the Australian market,” Bywater said.

Front and centre will be demonstrations of the company’s next-generation INFINITE series panels, which push the boundaries of solar module efficiency even further.

The team will also be showcasing the practical benefits of AIKO’s proprietary shade management technology, allowing participants to interactively experience its performance advantages.

“Beyond the technical capabilities, we also want to engage with the leading players in Australia’s clean energy industry who will be in attendance,” Bywater said.

“Our message is clear: the best projects deserve the best solar technology

“The All Energy Expo represents a valuable platform for AIKO to demonstrate our commitment to driving solar innovation in the Australian market.

“We look forward to engaging with the industry’s thought leaders and showcasing the technological edge that makes AIKO the optimal choice for discerning solar customers.”

For more information, visit aikosolar.com/au

Scientia Professor Martin Green at AIKO’s launch event, endorsing its ABC solar tech advancements.

AIKO’s INFINITE series panels represent a leap in solar module efficiency for Australia.

Shine on

As a pioneer in solar innovation, Fronius has actively shaped the solar energy revolution.

Afamily-owned global company founded in 1945, Fronius has played a pioneering role in the solar and renewable energy industry since the early 1990s.

According to Fronius Australia Managing Director Mariella Doppelbauer, the company’s journey into solar energy began at a time when the concept was still unfamiliar to many.

“At that time, no one even knew really what a solar panel does or what an inverter does,” Doppelbauer said.

However, driven by a vision to give back electricity, Fronius started developing and launching its first inverters in 1992– and some of these early models are even still in operation today.

Doppelbauer said Fronius has always been committed to creating high-quality products, expanding its focus beyond inverter manufacturing.

“We’re committed to bringing solutions to help everyone electrify their home as much as possible,” she said.

That commitment shows in the Fronius portfolio, which now includes electric vehicle (EV) chargers and hot water solutions, with more innovations to come.

According to Doppelbauer, the Australian renewable energy market, much like other sectors around the world, is facing economic pressures and increased costof-living burdens. However, she remains optimistic about the future and sees solar

power’s effect on energy bills is a key factor in alleviating these pressures.

“At the end of the day, it’s decreasing your cost of living by decreasing your energy bill,” she explained.

“Now it’s even more important than ever to invest into a high-quality system because the last thing you want is investing now and needing to invest again next year.”

This approach, Doppelbauer believes, will provide customers with the peace of mind they need as they navigate their energy decisions in the years to come.

When it comes to investing in renewable energy systems, new products play a crucial role in advancing the industry.

Doppelbauer introduced Fronius’ latest offering with enthusiasm: a new commercial inverter that comes in power categories of 25, 27, 30, and 33.3 kilowatts. This inverter is set to be the successor of the highly

successful SnapINverter Eco series.

Doppelbauer highlighted the flexibility this new inverter offers, particularly in system design.

“It comes with four entities, so whatever system you want to design, the inverter is able to do that with you,” she said.

In addition, the inverter features a dynamic peak manager that maximises system performance in shaded conditions without the need for additional components.

As with all Fronius products, the new inverter is designed, developed and manufactured in Europe, adhering to the highest quality and safety standards.

“Maximum performance and longevity is of great important for us,” Doppelbauer said.

Fronius remains committed to long-term customer satisfaction, which Doppelbauer

Fronius’ Verto inverter is an adaptable, flexible inverter for small businesses, agricultural applications, and apartment buildings.

Image: Fronius

Fronius ensures its products can withstand even the harshest conditions.

said is achieved by an unwavering commitment to quality standards.

Whether it’s testing in salt rooms, hot rooms, or water rooms, Fronius ensures that its products can withstand even the harshest conditions, an essential quality, especially in a diverse climate like Australia.

“We want to be set apart in the market so that everyone knows if you’re buying a Fronius inverter, no compromise has been made on quality,” Doppelbauer said.

Further solidifying this commitment, Fronius recently announced an upgrade to a 10-year warranty model for its inverters, a move that Doppelbauer describes as a significant commitment to the Australian market.

“We’ve always had a ‘five plus five’ warranty, but we wanted to ensure that if we give a promise to our customers, it’s a promise we can confidently stand behind,” she said.

This 10-year full warranty, which includes material and labour, is offered specifically in Australia and New Zealand, demonstrating Fronius’s dedication to the markets.

In addition to quality and longevity, Fronius also has strong commitment to

sustainability that go extends to the very materials that go into its inverters.

“We are sourcing more than 70 per cent of all our materials from European companies,” Doppelbauer said.

“This choice isn’t just about proximity; it’s about ensuring ethical work environments and high standards across the supply chain.

“The closer we are with those companies, the more we can ensure that the working conditions of our suppliers meet our standards.”

Information security is a paramount concern in the renewable energy sector, especially given the sensitive customer data collected by products like inverters. Doppelbauer said Fronius adopts a highly conservative approach to safeguarding such data, recognising the potential severe consequences of any breach.

“If such sensitive information were to fall into the wrong hands, it could jeopardise the integrity and stability of some companies’ entire inverter fleet,” she said.

To mitigate these risks, Fronius has been actively collaborating with the government and industry to develop

robust and strong cybersecurity standards.

“While current regulations address smaller systems, the security implications for larger fleets are significant,”

Doppelbauer said. “We are committed to implementing stringent measures to ensure that customer data is securely stored and unauthorised access to inverters is effectively prevented.”

With the All Energy Australia Expo set to take place in Melbourne in October, Doppelbauer said she would love to see renewable energy leaders from across Australia and around the globe at Fronius’ booth.

“We’re excited to share ground-breaking announcements at All Energy Australia that align with our commitment to a sustainable future,” she said.

“Let’s work together to build a thriving solar industry that benefits generations to come. By investing wisely and adopting sound business practices, we can navigate challenges and create a more resilient and prosperous energy landscape.”

For more information, visit fronius.com/en-au/australia

Fronius at All Energy Expo 2023.

Sustainable future for farmers and renewables

As energy projects continue to expand across rural landscapes, they must navigate a complex web of trust, tradition and environmental concern.

As Australia strives to meet its renewable energy targets, the development of solar and wind farms, along with the required new transmission lines, is on the rise.

While these projects are crucial for reducing carbon emissions and mitigating climate change, the farreaching impacts on landholders and communities remain evident.

Energy projects face numerous challenges during construction, including tight deadlines, evolving regulations, supply chain disruptions and a shortage of skilled workers, all while dealing with legacy consequences of past projects.

Generational farmers often still bear the scars from previous developments on their land, whether they were transmission lines, pipelines or related to past resources booms. And these scars carry with them vivid memories of impacts on their land, their community and their mental health.

Today, however, social license is a key guiding principle for every project, but rebuilding trust takes time and constant effort. Biosecurity impacts on their land represent another critical concern of landholders, with the high traffic that comes with project developments potentially posing risks to soil health.

Just a single seed from an invasive weed – imported, say, on a vehicle – can spawn a disaster that shuts down million-dollar operations, imperils the export industry and threatens to cripple local food production.

Lee Kingma, a landholder of a sheep and cattle farm who has two 330-kilovolt (kV) transmission lines constructed on his property, understands that biosecurity is critical, with livestock grazing on rich grasses. Imported fill brought in during construction can pose a significant risk.

“One of the potential issues with using import rock and fill is that you often don’t know where it is from and what weed and seeds it carries,” Kingma said.

early on can significantly inflate project costs through control measures and potential compensation claims.”

ensuring any human-assisted movement of materials is free of biosecurity matter – is vital,” Callanan said.

Images: JWA

Dulacca Wind Farm needed to access a fertile wheat field for grid connection works.

One commonly adopted measure in sensitive areas is the use of wash-down bays at site entrances.

“But it doesn’t stop there,” Callanan said. “Training staff and contractors in proper clean-down procedures and highlighting the importance of these protocols are essential to ensuring their effectiveness.

“An established good biosecurity culture among staff and contractors is critical to successful biosecurity management.”

Wash-down bays are not the only solution to keep the unwanted species away. Callanan also highlighted the importance of establishing biosecurity zones and procedures.

“These measures help prevent invasive species from spreading from one area to another,” she said.

Callanan said it is very important to employ thoughtful, low-impact approaches wherever possible.

At the Dulacca Wind Farm Project in Queensland, the home of one of Australia’s tallest wind turbines, Velco Vegetation faced a challenge: the site needed to access a fertile wheat field for grid connection works.

Together with Ergon Energy – the company responsible for the delivery of powerline construction scope – the project sought to find a solution that balanced the interests of the landholder and other stakeholders.

“Undertaking a considered approach with minimal disturbance is key,” she said.

Ergon and Velco chose a low-impact approach to minimise disruption for the construction of the Dulacca Wind Farm, sourcing Dura-Base mats from a local supplier. In one week, the team installed 4700 square metres of these mats, equivalent to 1.2 kilometres of roadway, enabling the grid connection work to proceed on schedule with minimal impact on the farmland.

JWA, a temporary access solution-provider – and supplier of the mats – explained to ecogeneration that the mats “act as a protective layer, separating the land below from potential contaminants above and significantly reducing environmental risks”.

The Dura-Base mats provide essential support for heavy construction equipment while acting as a barrier against soil disturbance, preventing wheel rutting and other mechanical stresses that could have compromised the soil.

“One of the issues in relation to land access is often that when vehicles disturb the ground and cause of wheel rutting, this disturbed ground often creates the localised

conditions that support the growth of imported weeds,” Kingma added.

For the Dulacca Wind Farm, traditional methods of using imported fill materials such as rock and gravel would have increased the risk of contamination and required extensive postconstruction efforts to remove the materials and restore the land.

The use of gravel is a standard construction methodology; however, when under pressure, it can easily integrate with the soil, potentially compromising its suitability for farming after the project’s completion.

In contrast, composite mats provide a more sustainable alternative by reducing the need for such materials and simplifying site restoration.

Once the mats are removed, the land can be easily recultivated as part of standard agricultural practices, preserving soil quality and ensuring future usability.

In addition, by avoiding the transportation of nearly 2818 tonnes of crushed rock on the Dulacca Wind Farm, the carbon

emissions typically associated with material transportation were significantly reduced.

JWA Operations Manager Windsor Fick said the company has seen a surge of demand for its mats in the renewable project development sector, particularly for access in the environmentally sensitive areas.

“We scrupulously clean and inspect our mats for any cavities that could harbour invasive plant seeds, ensuring they are clear of all soil and plant material which could house hazardous seeds and other contaminants,” Fick said.

“We are proud to be doing our part, in our own small way, by offering solutions that can help projects reduce the environmental footprint of the project.”

As energy projects continue to evolve, rebuilding trust with landholders requires a commitment to preserving the land’s integrity and respecting its cultural significance.

For generational farmers, land is more than just a commodity – it’s a connection to their past, their memories and their legacy.

For generational farmers, land is more than just a commodity – it’s a connection to their past, their memories and their legacy.

The project team used Dura-Base mats to ensure the grid connection work to proceed on schedule with minimal impact on the farmland.

secure prime land for wind and solar projects is heating up.

But what if there was a smarter, more efficient way to connect landowners and developers?

RELA Connect is stepping in to do just that, turning what was once a complex and time-consuming process into a streamlined, transparent and fair exchange.

In a recent interview with RELA Chief Product Officer Stuart Gourley, ecogeneration gained valuable insights into how this groundbreaking tool is streamlining the process for landowners and developers.

Efficient land sourcing

The challenge of securing suitable land for renewable energy projects is becoming increasingly difficult as the energy transition accelerates. This growing demand for space – whether for wind farms, solar installations, battery energy storage systems (BESS) or new transmission lines – requires a more efficient approach.

RELA recognised this issue and responded with RELA Connect, a platform designed to streamline the process.

“We wanted to create a more efficient way to bring new land supply to the renewable energy market, and we wanted to do that through a transparent, fair and efficient process,” Gourley said.

“RELA Connect brings a new supply of land to the market in a way that’s fair, ensures a fair deal for landowners, and is efficient for developers.”

The platform provides real-time visibility of available land for renewable energy leases across Australia, catering to developers with diverse mandates and priorities. With the platform’s map and filter functions, users can easily identify the location and size of available land, and determine its suitability.

“For example, a developer might focus on a specific region in NSW or seek opportunities in WA,” Gourley said. “Our platform gives them the visibility they need to see what’s available at any given time.”

Streamlining the land agreement process

One of the key advantages of RELA Connect is its ability to accelerate and simplify the land agreement process.

Unlike traditional methods, which often involve cold-calling or door-knocking, RELA Connect focuses on willing and motivated landowners who approach the platform with genuine interest in renewable energy projects.

“We don’t go out there approaching landowners or try to twist anyone’s arm,” Gourley said. “Landowners typically come to us because they’re interested in hosting a renewable energy project, and because they want to make sure they get a fair deal.”

This proactive engagement sets the stage for a smoother negotiation process. RELA Connect also provides an educational component for both parties; landowners learn about the opportunities, timeframes, impacts and potential farming impacts, while the developers gain insights about the land and landowner priorities.

The race to secure prime for solar projects is heating up.

This mutual understanding helps to reduce the risk of future misalignment or friction during negotiations and throughout the project. As part of its service, RELA Connect conducts initial desktop assessments of land viability, providing a baseline that reduces the time and effort developers need to invest in filtering potential opportunities.

The feasibility also considers the land constraints, including the farm management plan to optimise the coexistence of food and renewable energy production.

While not exhaustive, these assessments offer valuable insights that can expedite decision-making processes.

Transparent bidding system

Navigating an informal negotiation process for land tenancy can be complex and time-consuming, particularly when multiple developers are vying for the same opportunity. This can often lead to confusion and inefficiency for developers and landowners.

RELA Connect is designed to simplify and streamline this process through a structured and transparent bidding system.

“We run a structured process over six weeks, when multiple developers are interested in a particular opportunity,” Gourley said.

“At the end of that period, developers submit their bids, which we then shortlist. Although the landowner makes all the final decisions, we’re there to help.”

“The process includes a face-to-face meeting between the shortlisted developers and the landowner, where developers present their proposals, receive feedback, and engage in a Q&A session. Ultimately, the landowner selects their preferred developer after considering the terms of the commercial and legal offer, as well as the developer’s project vision and track record.”

RELA Connect also plays a crucial role in preparing tender documents and assessing providing fact based of the bids, while also ensuring developers have access to all necessary information.

“The data gathered during our initial assessment of the land – like wind speeds and grid connection – flows directly into RELA Connect, populating the metrics that developers see on the platform” Gourley said. “This information is also used to populate the information memorandum, which is then distributed through RELA Connect. Developers can easily locate and download these

documents, making the process more efficient and transparent.”

Adapting to industry needs

As Australia’s renewable energy landscape continues to evolve, so too must the tools that support it. The question is, how will RELA Connect adapt to meet the industry’s changing needs?

Gourley explained that this is just the first version of RELA Connect.

“We’ll be rolling out a number of enhancements in future releases, with a focus on further integrating the platform into developer workflows,” he said.

“Our goal is to enable developers to conduct more of their analysis within the platform itself, reducing the need to jump between multiple systems.

“Additionally, we’re ramping up supply on the platform, aiming to add two to four new listings each month, providing even more opportunities for developers.”

But what impact has RELA Connect already had on accelerating Australia’s renewable energy industry?

“There are projects we’ve worked on that simply wouldn’t have happened without us,” Gourley said. “For instance, one project had stalled because it was with a developer whose priorities had shifted. We were able to revive that project through the RELA Connect tender process by connecting it with the right developer who had the focus and commitment to make it a reality.

“That’s the kind of acceleration we’re talking about – bringing projects to life that otherwise might have languished.”

This visibility and accessibility are what set RELA Connect apart from traditional land acquisition methods.

“In traditional processes, if a developer abandons a project, it could take a long time for another to discover the opportunity,” Gourley said. “But with RELA Connect, land opportunities are visible to all participating developers, meaning that the right developer can step in more quickly, saving everyone time and moving projects forward faster.”

For more information, visit rela.com.au

A key advantages of RELA Connect is its ability to accelerate and simplify the land agreement process.

RELA Connect brings a new supply of land to the market in a way that is designed to ensure a fair deal for landowners.

Sunkissed energy storage

Queensland’s Western Downs Green Power Hub is set to be a groundbreaking renewable energy project.

With a 460-megawatt-peak (MWp) solar farm and a soonto-be-completed 540MW/1080megawatt-hour (MWh) big battery, Western Downs Green Power Hub is one of the largest such operations in Australia.

Strategically positioned 22km south-east of Chinchilla, close to 3.5 hours west of Brisbane, the hub leverages its proximity to a transmission line and Queensland Powerlink’s Western Downs sub-station to efficiently integrate its clean energy output into the grid.

The big battery, which currently under construction adjacent to the solar farm, will play a crucial role in storing excess solar energy for use during peak demand periods, enhancing grid stability and reliability.

Solar farm

The solar farm stands as a cornerstone of the Western Downs Green Power Hub in Queensland, representing a significant

milestone for renewable energy in Australia.

Developed by Neoen Australia at an estimated cost of $600 million, the Western Downs Solar Farm boasts 460MWp generation capacity. The massive installation spans 1500 hectares, harnessing Queensland’s abundant sunshine through advanced photovoltaic technology.

Construction commenced in June 2020 and, after an extensive building process, the facility began exporting power to the electricity grid by August 2022.

At the heart of this solar farm lies an array of one million solar panels mounted on single-axis trackers. This system allows the panels to follow the sun’s movement throughout the day, maximising energy capture and overall efficiency.

The Western Downs solar farm is designed to generate 1080-gigawatt-hours (GWh) of renewable energy annually. This output is sufficient to power approximately 235,000 Australian households,

significantly contributing to Queensland’s clean energy targets.

Moreover, the project offsets an estimated 864,000 tonnes of carbon dioxide emissions each year, playing a crucial role in efforts to combat climate change.

Several factors have contributed to the project’s success, including the fact the Western Downs region features ideal conditions for solar energy production.

According to Neoen Australia, the area’s suitable topography, favourable environmental conditions and existing infrastructure from the resources sector, combined with strong support from the local council, facilitated the solar farm’s realisation.

Beyond its environmental benefits, the Western Downs solar farm has had substantial economic impacts.

During construction, the project created approximately 400 jobs for locals and the broader south-west Queensland region,

and it continues to provide employment opportunities now that it’s operational.

Neoen Australia has also reportedly committed to sharing the benefits with surrounding communities, pledging up to $100,000 annually to fund local initiatives and projects.

Big battery

Complementing the solar farm is the Western Downs battery, a significant energy storage component of the hub.

Currently under construction, this battery  energy storage system (BESS) represents a major advancement in integrating renewable sources into Australia’s energy mix.

With a capacity of 540MW and ability to store as much 1080MWh of energy, the Western Downs battery will be one of the largest such projects in Australia upon completion.

As a grid-scale battery, it will leverage leading-edge technology, connecting into Australia’s national electricity grid via the transmission network. Its primary function is to provide grid stability by dispatching stored energy during times of peak demand.

This ability enhances the efficient utilisation of renewable resources

while ensuring a reliable and stable electricity supply.

Engineering firm UGL has been contracted to install the high-voltage infrastructure connecting the Teslasupplied battery system to the grid. This integration is designed to provide seamless operation, allowing the battery to work in tandem with the solar farm for storing and dispatching energy as needed.

it is expected to introduce cost savings by adding competition to the energy market and reducing the need for separate frequency control services.

The battery component of the Western Downs Green Power Hub is anticipated to become operational by late 2024 or early 2025, marking a significant milestone in Queensland’s renewable energy journey and supporting the state’s target of 50 per cent

The Western Downs battery will be one of the largest such projects in Australia upon completion.

The Western Downs Green Power Hub will be a large renewable energy project combining solar power and battery storage.

Storage success

As Australia races towards a low-carbon future, the role of energy storage is becoming increasingly critical.

The US state of California is leading the charge in energy storage innovation with Australia in a unique opportunity to learn from its successes and challenges.

In a recent interview with ecogeneration, Dr Asma Aziz, Senior Lecturer in Power Engineering at Edith Cowan University, shared her insights on what Australia can learn from California’s experience in designing and developing energy storage systems.

According to Aziz, both California and Australia have large solar markets. However, she said California is doing a better job in addressing the challenges posed by the “duck curve”.

The “duck curve” is a phenomenon where electricity demand peaks in the morning and evening, with a significant dip in the middle of the day when solar energy is abundant.

“Battery storage can use solar energy to

evening peak demand period,” Aziz said.

“When we have a lot of solar or battery storage, they can store solar energy and deliver it when needed, particularly in the evening when more people are using it. This helps to overcome peak demand and reduces reliance on gas supply.”

Aziz said California has shown that gridscale batteries can be an effective solution in storing excess solar power for use during periods of high demand.

However, this requires batteries to be built in volume to influence the grid. She noted that Australia is still far behind California in terms of utility-scale battery storage capacity, with approximately 2600 megawatt-hours of battery storage as of December 2023, compared to California’s 60 gigawatts.

When asked about the lessons Australia can learn from California’s experience, Aziz highlighted the importance of having a market that supports battery integration

“If battery developers want to invest in battery storage projects, they need to have a guarantee that they will be properly compensated for the services they provide.”

Infrastructure development is another critical area where Australia must focus its efforts.

“Besides the market, the necessary infrastructure should be in place. For example, if you are placing battery storage near wind farms, solar farms, or near the load centre, but you don’t have the means to transfer the energy from storage or from the generator to the consumers, then it is of no use,” Aziz said.

She also added that investing in grid upgrades will facilitate the efficient transfer of stored energy to consumers, maximising the benefits of battery storage.

Finally, timing and strategic planning are crucial as Australia transitions from coal to renewable energy.

Aziz emphasised to ecogeneration

associated with integrating battery storage into the grid. The Australian Energy Market Operator forecasts that 20 per cent of renewable energy production could be curtailed by 2050, underscoring the need for timely deployment of storage solutions.

California’s experience shows the importance of having new generation, storage, and backup capacity in place before retiring older coal plants, Aziz said. With 11 billion watt-hours of battery storage under construction, Australia is on the right path, but more needs to be done.

In addition, Aziz discussed the importance of having a diverse range of energy storage technologies.

“Battery storage is not the only source for reaching our target,” she said. “We need to have proper calculations and methods to determine how much storage is actually required for renewable integration.

“Batteries have a certain lifetime and cycles, so they degrade over time impacting reliability. We need more diverse resources to support the grid… We can’t just rely on lithium-ion batteries.

“Pumped hydro storage is very good, they can run in baseload mode but are very location-specific and costly to develop.

“Vanadium redox flow batteries are

Battery storage can use solar energy to store and then deliver energy when it is required.

Grid-scale batteries can be an effective solution in storing excess solar power.

THE SOLAR INSTALLER

Meeting

the workforce demands in Australia’s clean energy sector

UNDERSTANDING UPDATES TO IEC 61215 STANDARDS PG50

MARKET TRENDS REVEALED PG56

Institute of the next renewable generation

Meeting the growing workforce demands in Australia’s clean energy sector is a significant challenge, and it’s one that educational institutions can address head-on.

At Holmesglen Institute, the approach is both comprehensive and industry aligned.

As the renewable energy industry rapidly expands, the need for a diverse and welltrained clean energy workforce becomes increasingly crucial.

Holmesglen Institute has found a successful model that best meets industry demands.

“We offer a broad and comprehensive suite of renewable energy courses, each designed to address the varying needs of the industry,” David Tolliday, Senior Renewable Energy Instructor at Holmesglen’s Renewable Energy Centre of Excellence said.

“As a leading renewable energy training provider, we ensure our curriculum not only covers all required aspects of the training course but also integrates valuable, real-world insights from our industryexperienced instructors,” Tolliday said.

Commitment to innovative training

Holmesglen also ensures that students gain practical experience with industry-leading technologies, thanks to the state-of-the-art facilities at its Renewable Energy Centre of Excellence.

“Our programs cover a range of technologies, including solar, wind, and battery storage, ensuring that students are well-equipped to work across different sectors of the renewable energy industry,” Tolliday said

Students at the Holmesglen Renewable Energy Centre of Excellence work with cutting-edge equipment from leading manufacturers such as Solis, Fronius, BYD, PowerPlus, Clenergy and REC Solar.

“During their workshop sessions, they are required to wire, test, and commission various systems, ensuring they gain practical, hands-on experience with the latest technologies.”

In an industry as dynamic as renewable

energy, staying ahead of the curve is essential for educational institutions and Holmesglen is committed to aligning their curriculum with industry standards and emerging technologies.

Staying industry-relevant

The renewable energy team at Holmesglen remain actively involved in applied research projects, working on and off the field, designing, installing, and supporting renewable energy projects.

This ongoing involvement with industry allows Holmesglen to keep technology and curriculum updated and bring the most current practices directly into the classroom, enriching the learning experience for students.

“I actively participate in several industry groups and committees, including the Solar Accreditation Australia (SAA)’s RTO reference group, the UEE Specialist TAG and the Solar Energy Industries

Holmesglen ensures that students gain practical experience with industry-leading technologies.

Credit:

Holmesglen Institute

Association (SEIA) Victorian committee. This involvement allows me to stay ahead of industry trends and ensure our training programs remain relevant and effective,” Tolliday said.

Preparing students for renewable energy careers

Holmesglen’s programs are meticulously designed, with emphasis on both technical proficiency and versatile, industry-wide skills, preparing graduates for a wide range of careers in the renewable energy sector.

Its solar courses are designed to lead to SAA solar accreditation, providing a clear pathway for students interested in careers in solar and renewable energy.

For electricians and electrical apprentices, this accreditation can open doors to various opportunities within the sector.

Electrical engineers who add solar accreditation to their portfolio can significantly broaden their career prospects.

Additionally, Holmesglen’s programs provide non-electricians with the skills needed to enter the industry, particularly in roles such as sales, design, and site surveying.

Striking the right balance between theoretical and practical learning is essential in renewable energy education, and Holmesglen Institute has developed an approach that does just that.

“At Holmesglen, we adopt a blended learning model that combines online coursework with face-to-face workshop sessions,” Tolliday said.

“This approach ensures that students receive both theoretical knowledge and practical, hands-on experience. We also provide ongoing support to students throughout their studies, making the learning experience more effective and rewarding.”

Leveraging industry partnerships

Holmesglen’s strong partnerships with leading renewable energy companies and organisations are another key factor in shaping its training programs.

“Partnerships with industry are crucial for ensuring our students train on the latest products,” Tolliday said.

“Relationships with regulators, such as Energy Safe Victoria (ESV) and Solar Victoria, allow us to keep our Renewable Energy Centre ahead of industry developments, ensuring our programs remain cutting-edge.”

Earning the right certifications is crucial

for a successful career in renewable energy, and Holmesglen Institute ensures that its students are well-prepared in this regard.

“Our nationally endorsed courses provide students with the knowledge and skills required for solar accreditation, which is essential for ensuring quality, compliance, and the creation of Small-scale Technology Certificates (STCs),” Tolliday said.

According to Tolliday, what truly sets Holmesglen’s renewable energy training apart from other programs in Australia is its deep industry involvement and ongoing support for graduates.

Tolliday said Holmesglen graduates have gone on to achieve remarkable success in the renewable energy field, showcasing the impact of the institute’s training programs. In 2023, Holmesglen’s Women in Apprenticeships Victoria Electrical (WAVE) Project, in partnership with Electrical Trades Union won Gold at the Australian Training Awards.

were nominated for awards at the Master Electrician Awards,” he said.

a finalist for Master Electrician of the Year (Vic), and Nathan Allen of High Yield Solar won the Clean Energy Project of the Year (Tas) and Emerging Business of the Year (Tas) for his work on the King Island Solar

Farm with Hydro Tasmania.” It’s deeply rewarding to see our graduates achieve industry recognition.”

Standing still not an option

Aligned to Holmesglen’s strategic goal of being environmentally sustainable, the Institute is committed to being at the forefront of renewable energy education.

“Standing still is not an option at Holmesglen,” Tolliday said.

“As renewable energy represents our future, we are committed to leading by example, continuously exploring new innovations and opportunities within the industry. Across all our campuses, we are installing solar systems and finding ways to expose more students to sustainable and renewable energy practices.”

Holmesglen offers alternate pathways into

Holmesglen ensures that students gain practical experience with industry-leading technologies.

Understanding updates to IEC 61215 standards

Clean Energy Council Product Manager Aron Cane explains updates to the IEC 61215 standards and how they will impact solar PV modules.

From 1 October 2024, solar panels must meet the new IEC 61215:2021 standard to be listed on the Clean Energy Council’s list of approved photovoltaic (PV) modules and be eligible for the Federal Government’s small-scale technology certificates (STCs). Here’s what you need to know about the change.

Understanding standards changes Standards for solar products including

PV modules, inverters and batteries are regularly updated to ensure they keep pace with technological advancements, evolving industry practices, and emerging safety and performance issues. It can cause some disruption for installers and retailers, but it’s particularly important in an industry like solar which provides an essential service, poses high potential safety risks and experiences rapid technological innovation. Standards help ensure solar

products installed in homes and businesses are safe and reliable.

There are a number of bodies involved in the development and enforcement of standards in the solar industry in Australia. Standards Australia are recognised by the federal government as the primary nongovernment standards development body in Australia and so develop the standards for solar products, systems and services here. The Clean Energy Council maintains

Clean Energy Council Product Manager Aron Cane.

Image: Clean Energy Council

lists of modules, inverters and batteries, ensuring they have been tested to meet those standards. Key service providers and programs, including Distributed Network Service Providers (DNSPs) and the Federal Government’s Small-scale Renewable Energy Scheme (SRES), use the Clean Energy Council Approved Product Lists as a condition of participation in their operations. And so, retailers and installers use products on those lists to be able to participate in those programs and networks.

One of the key elements of Standards Australia’s work is to align with international standards to improve international trade and lower consumer prices. In November 2021, Standards Australia updated AS/NZS 5033 and outlined requirements for selecting PV modules qualified to the latest versions of IEC 61215 and IEC 61730, international standards set by the International Electrotechnical Commission (IEC).

The Clean Energy Council reviewed the changes to the standards and updated the requirements for approved PV modules in August 2023, giving industry over a year’s notice of the change.

What are the changes to PV module requirements?

The IEC 61215 standard specifically relates to the design qualification and type approval of terrestrial photovoltaic modules. It sets out a series of tests to determine whether a PV module can withstand the environmental conditions it is likely to encounter during its service life, such as exposure to UV light, temperature extremes, humidity, mechanical stress, and electrical stresses.

The 2021 revision of the IEC 61215 standards introduced several significant changes to enhance the reliability and performance evaluation of PV modules. These included:

• specific testing requirements for bifacial PV modules to provide a more comprehensive assessment of their output

• improved testing procedures to better simulate real-world conditions, such as more detailed guidelines for mechanical load testing and temperature cycling as well as more stringent UV testing requirements

• additional extended durability tests, including tests for potential-induced degradation (PID) and cyclic thermal stress, to assess the modules’ likely long-term performance.

These standards changes should provide clear improvements for consumers.

Check you’re using modules that meet IEC 61215 standards

From 1 October 2024, the Clean Energy Council required most PV modules to meet IEC 61215 standards and to be re-certified on their product list. Some manufacturers were granted extensions for a small number of products for extenuating circumstances. Solar installers and retailers must ensure they are using PV modules that are still eligible on the Clean Energy Council products list:

• Those with an expiry date of 30 September 2024 or earlier are not certified to 2021 standards and are not considered approved after this date

• Those with an expiry date of 31 March 2025 were given an extension and will not be considered approved after this date

• Those with an expiry date later than 31 March 2025 are certified to 2021 standards and are considered approved into the future; they also have a suffix saying IEC 61215-2021

Manufacturers of PV modules and their agents should reapply to the Clean Energy Council for approval to 2021 standards if they have not already done so.

Preparing for future changes

Changes to standards will inevitably happen again. At the time of writing for example, the Clean Energy Council are investigating whether any changes to products are needed from the publication of AS/NZS 4777.2 and IEC 61730:2023.

Here are some tips to how to prepare:

• Manage your stock – standards changes may come with a six-month to one-year implementation phase, so stockpiling equipment more than 12 months in advance could cause problems

• Stay updated – follow and subscribe to key stakeholders including Standards Australia, the IEC and the Clean Energy Council

Products standards changes are often disruptive as the industry seeks to offload expiring stock. However, they are completely necessary to ensure the solar systems installed across Australia are safe and of good quality.

Make sure you’re using compliant solar panels by checking the Clean Energy Council products list and follow key stakeholders so you’re first to hear about future standards updates.

A $35 billion plan to include rooftop solar

The Victorian Government has released a comprehensive plan to transition the state to cheaper and more reliable renewable energy.

The plan ensures that communities and businesses benefit from an orderly shift away from traditional energy sources.

Titled “Cheaper, cleaner, renewable: Our plan for Victoria’s Electricity Future,” the plan outlines policies and programs to deliver around 25 gigawatts of new rooftop solar, offshore wind, onshore renewables, and energy storage capacity over the next decade.

This $35 billion investment is expected to create 59,000 jobs by 2035. It includes expanding training and apprenticeship programs to build a skilled workforce.

Lily D’Ambrosio, Victoria’s Minister for Energy and Resources said the State Government would deliver an affordable, reliable and secure electricity system for all Victorians, and this consolidated plan will ensure community and industry are at the centre of Victoria’s orderly transition.

“We mean business. We’re powering ahead with our big renewable energy build

conditions for renewables investment,” she said.

According to the report, by 2035, Victoria’s electricity system will be fundamentally transformed.

about 50 percent or more, driven by homes and businesses switching to electricity and population growth.

At the same time, all of Victoria’s aging coal-fired power plants will have closed.

ARENA unveils funding for national community battery rollout

The Australian Renewable Energy Agency (ARENA) has announced a major funding initiative for national community battery rollout.

The agency has conditionally approved up to $143 million to support the deployment of approximately 370 community batteries under its Community Battery Funding Round 1.

This program, set to benefit all states

unlock $359 million in renewable energy infrastructure investment.

The initiative aims to address local network constraints, expand rooftop solar capacity, reduce emissions, and lower electricity costs for a range of consumers including households, hospitals, schools, and facilities.

ARENA chief executive officer Darren Miller said ARENA is pleased to support

transformative program which will have “a significant impact upon Australia’s energy and grid security”.

The funding, part of a larger $200 million Federal Budget allocation for the Community Batteries for Household Solar Budget Measure, will see ARENA deliver at least 342 batteries to the area.

The agency received an overwhelming response to Round 1, with 140 eligible Expressions of Interest.

Funding has been conditionally allocated to 21 applications from 20 applicants, split between Distribution Network Service Providers (DNSPs) and non-DNSPs.

The approved batteries will have a combined storage capacity of up to 281MWh, enabling the storage and use of renewable electricity across Australian communities.

ARENA will contribute up to $0.51 per Wh in grant funding against an average cost of $1.28 per Wh.

Among the recipients are major energy providers such as Ausgrid, Endeavour Energy, Energex, and Western Power, as well as non-DNSP entities like the Department for Energy and Mining (SA), Enel X Australia, and Transport for NSW.

The geographical distribution of the batteries is widespread, with New South Wales leading with 95 batteries, followed by Queensland with 69, and Victoria with 37. Some applications cover multiple states, accounting for an additional 95 batteries.

According to the report, by 2035, Victoria’s electricity system will be fundamentally transformed.

Queensland leads the nation in rooftop solar adoption. Image:

Government boosts energy savings with $160m plan

The Australian Government has unveiled a significant initiative to help homeowners reduce their energy costs and improve energy efficiency.

Federal Minister for Climate Change and Energy, Chris Bowen, and Assistant Minister Josh Wilson announced a $160 million commitment to support Westpac’s Sustainable Upgrades Home Loan program through the Clean Energy Finance Corporation (CEFC).

This investment is part of the government’s broader $1 billion Household Energy Upgrades Fund (HEUF), which aims to assist over 110,000 Australian households in lowering their energy bills by providing access to lowercost loans for energy-efficient upgrades.

The Westpac Sustainable Upgrades home and investor loans will be available to eligible home loan customers seeking to enhance their homes’ energy efficiency. The program covers a range of improvements, including the installation of solar panels, batteries, hot water heat pumps, electric vehicle chargers, doubleglazed windows, and insulation.

“This innovative collaboration will give Australians more opportunities to benefit from the energy transition and ease costof-living pressures,”

Millions in federal funding for household smart meters

The Australian Government is funding smart meters deployment to empower consumers and improve energy efficiency with a $50 million loan commitment.

The loan, provided by the Clean Energy Finance Corporation (CEFC) will be given to Intellihub, Australia’s largest provider of smart metering devices.

This initiative aims to accelerate the deployment of smart meters and behind-

the-meter (BTM) devices across the country, giving Australians greater control over their energy consum`ption and costs

According to CEFC, smart meters, along with BTM devices, are poised to play a crucial role in Australia’s transition to a cleaner energy future.

“Smart meters help consumers measure, balance, control and dispatch

energy from their energy assets, from solar panels to home batteries EV charging infrastructure, air conditioning and hot water systems,” CEFC spokesperson said.

“Smart BTM devices give consumers the ability to manage their electricity consumption, tapping into lower cost power prices and limiting demand peaks on the energy grid.”

Minister for Climate Change and Energy Chris Bowen said the $160 million commitment would unlock savings for households.

Bowen said.

The program covers a range of improvements, includiang the installation of solar panels, batteries, hot water heat pumps.

According to CEFC, smart meters, along with BTM devices, are poised to play a crucial role in Australia’s transition to a cleaner energy future.

Solar Homes Program reaches major milestone in Victoria

The Victorian Government’s Solar Homes program has reached a significant milestone, delivering 2 gigawatts of power across the state as of September 2024.

This renewable energy output is close to double the amount generated by the Yallourn coal-fired power station and nearly as much as the Loy Yang A power station.

The Solar Homes Program, which

These installations have cumulatively generated 6.5 gigawatt hours of power –enough cheap renewable energy to power every fridge in Victoria for almost two years.

Under the program, eligible households

Government boosts clean energy loans

The Australian Government has announced a $50 million investment in clean energy loans to support small and medium businesses in adopting renewable technologies.

The funding, provided through the Clean Energy Finance Corporation (CEFC), will facilitate discounted loans for electric vehicles, solar panels, batteries, and energy-efficient equipment.

Non-bank lender Metro will use this investment to offer $250 million worth of discounted finance to eligible businesses.

The initiative aims to benefit a wide range of sectors, including agriculture, freight, and other small to medium enterprises.

Under this program, businesses can access cheaper financing for various clean energy solutions. These include electric vehicles, rooftop solar installations, battery storage systems, and energy-efficient machinery such as tractors, harvesters, earthmovers, and cranes.

The government estimates that eligible

Customers who maximise their solar can save around $1000 each year on their energy bill, while combined savings with hot water and heat pump systems can reach up to $1400 a year or at least $1600 with a battery.

customers financing a $60,000 electric vehicle could save approximately $1700 in interest over a five-year period.

Federal Minister for Climate Change

and Energy Chris Bowen said this CEFC investment will help Australian businesses bring down their operating costs.

According to CEFC, smart meters, along with BTM devices, are poised to play a crucial role in Australia’s transition to a cleaner energy future.

According to CEFC, smart meters, along with BTM devices, are poised to play a crucial role in Australia’s transition to a cleaner energy future.

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EXPERT COVERAGE OF THE PROJECTS AND DEVELOPMENTS THAT ARE RESHAPING THE AUSTRALIAN ENERGY MARKET.

23,000+ COMBINED CIRCULATION

Our magazine, e-newsletters and website are valued at all levels of the industry, from financiers and developers to installers and suppliers. As the energy market transitions to renewables, our readers look to ecogeneration.

ecogeneration is the only title in Australia to cover all aspects of the clean energy industry; delivered across print, online and email. The bi-monthly magazine, officially endorsed by the Clean Energy Council, keeps the industry informed from the boardroom to the work van.

The print and digital magazine, and pass on rate, has a combined circulation of more than 23,0000, as well as receiving extra distribution at important industry events.

For more information, please contact: Nick Lovering Business

Development Manager

nick.lovering@primecreative.com.au 0414 217 190

Market trends revealed

CORE Markets Head of Carbon and Renewable Markets Marco Stella provides a snapshot of Australia’s clean energy market.

Large-scale Generation Certificate (LGC) market

In contrast to the preceding months, July and August saw a steady recovery in the back end of the curve, led by the Cal26 and Cal27s, while the front end sold off.

After touching a high of $48.00 in early July, the spot market steadily declined across the month hitting a low of $44.50 by the end of the month. The price remained subdued across August, trading in a narrow range between $44.50- $46.00. At the time of writing the market sat toward the bottom end of that range. Interestingly, the softer spot prices came on the back of a very low quarter for wind generation across the National Energy Market (NEM), which

some analysts had suggested would reduce expected annual LGC generation by up to 3m LGCs across the year, a fact that many had thought should buoy prices.

While spots softened, some support was found in the further out vintages, with Cal26 vintage rising from its low of $34.25 to $35.60 in August, as did Cal27s, which rose from $27.25 to $30.75.

Cal28s also enjoyed a pickup in engagement, seeing the vintage trade

CORE Markets provides an insight of the current market.

multiple times across August between low $24s and mid $25s.

The improving differential between the front end of the curve and the later vintages, is often assumed to be a reflection of some liable parties electing to purse a shortfall strategy.

Small-scale technology certificate (STC) market

With the Clearing House returning to deficit by mid-July, activity across the secondary market slowed, with spot STCs trading sporadically at $39.90. However, 3 September saw the Clearing House return

to surplus and with it an increase in activity which will likely last at least until the next surrender period in October.`

Energy efficiency markets (VEECs and ESCs)

The uptick in VEEC creations across June was, as suspected, the remnants of 2023 certificates processed before 30 June deadline for their creation, as well as the last breaths of residential activities ahead of the ban on door-knocking that came into effect 1 August. Creations declined to a weekly average of ~88k across July and August, compared to June’s ~148k average.

CORE Markets is an end-to-end markets, technology and climate solutions partner for business. The above information has been provided by CORE Markets and relates, unless otherwise indicated, to the spot prices in Australian dollars, as of 4 September 2024. Marco Stella is Head of Carbon and Renewable Markets at CORE Markets.

Resultingly, the price climbed steadily, peaking at $113.00 in the final week of July, exacerbated by the canning of the new fridge/freezer replacement activity scheduled to begin from 1 July.

Prices then consolidated to find some stability at the $108.00 level by mid-August, where they remain at the time of writing. The feeling across the market remains unchanged, with an uninspired activity pipeline delivering certificates hand to mouth.

Across the border the NSW scheme continues to grapple with its own challenges, as ESC prices fall to near record lows. Breaking below $18.00 early into July, spot prices have moved in one way traffic to $13.50, at the time of writing. While creations seem to have cooled from their previous record figures, likely due to copayments for Heat Pump installations and other tweaks to fridge/freezer activities, creations remain healthy, averaging ~186k per week across July and August. This was helped in part by a handful of notably big weeks in August where backlogged fridge/ freezer registrations hit participant’s registry accounts. Even if the most significant of the creations are behind us, it remains a challenge for prices to stabilise given creations to date have resulted in a surplus that covers the next several years’ targets.

All Energy Australia

All Energy Australia is the largest gathering of renewable energy professionals in Australia offering a premium free-to-attend business to business conference and exhibition. All Energy Australia 2024 will be held from Wednesday 23 to Thursday 24 October 2024 at Melbourne Convention & Exhibition Centre, South Wharf.

Date: 23–24 October

Location: MCEC, Melbourne

Women in Renewables Lunch

The Clean Energy Council’s Women in Renewables initiative enables and champions women working in the renewable energy industry. Through building a united community of people who share a collective mission and vision, we support women to step up as empowered leaders within their organisations. Held on Wednesday 23 October 2024 at Melbourne Convention & Exhibition Centre, South Wharf.

Date: 23 October

Location: MCEC, Melbourne

EECON 2024

As part of its commitment to advancing the electric energy industry, EESA hosts their annual EECON conference, which serves as a platform for experts to address key challenges and explore solutions in the industry. By attending EECON, delegates gain access to a diverse range of presentations on current industry issues, exhibitions that showcase the

latest innovative products and services on offer, and networking opportunities with fellow industry people. EECON’s community of people spans utilities, project proponents, customers, regulators, academia, and consulting experts. EECON is a conference for learning, networking, and gaining invaluable insights.

Date: 18–20 November

Location: Sydney

2024 Asia-Pacific Solar Research Conference

The APSRC provides a regional forum for communicating research outcomes covering all aspects of solar-related research.

With the theme of information, communication and integration, the conference provides a great opportunity for young researchers and professionals to share knowledge and network with the region’s leading innovators from industry and research institutions.

The conference also provided a unique opportunity to combine the annual research reviews of Australia’s key solar research groups, representing researchers from around the region.

Date: 3–5 December

Location: Sydney

Energy Storage Australia 2025

The first edition of the Energy Storage Summit Australia was an event full of life, excitement, and industry connections. The second edition will shine a

greater spotlight on behind-the-meter developments, with the distribution network being responsible for a large capacity of total energy storage in Australia. Understanding connection issues,  the urgency of transitioning to netzero, optimal financial structures, and the industry developments in 2025 and beyond. If your goal is to meet other industry professionals and create valuable business partnerships to better harness business opportunities in the region, then the Energy Storage Summit Australia is the right place for you.

Date: 20–21 May

Location: Sydney

No-Dig Down Under 2025

No-Dig Down Under is the southern hemisphere’s only large scale conference and exhibition dedicated to trenchless technology. Organised in partnership with the Australasian Society for Trenchless Technology (ASTT), No-Dig Down Under has grown over the years to become the second largest no-dig technology event in the world, and is now considered a ‘mustattend’ for all industry professionals. A range of training courses on trenchless methods will be presented prior to the conference. These will be presented by industry leaders from Australia and overseas and will be of value to anyone who encounters trenchless technologies as part of their employment.

Date: 17–18 September 2025

Location: MCEC, Melbourne

The latest events coming up in the renewables industry.

Image: Summit Art